Lanyard 6 Ft. Shock Absorber, Small Hooks, Single Leg
Lanyard 6 Ft. Shock Absorber, Small Hooks, Single Leg - 3/4" is backordered and will ship as soon as it is back in stock.
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Lanyard 6 Ft. Shock Absorber, Small Hooks, Single Leg - 3/4" is backordered and will ship as soon as it is back in stock.
Product Description
Palmer Safety 6 Ft. Single Leg Shock Absorbing Lanyard with Small Steel Snap Hooks — ANSI Z359.13-2013 Compliant Fall Protection
The Palmer Safety L111111 is a 6-foot, single-leg shock absorbing lanyard engineered for use in personal restraint, work positioning, suspension, and rescue systems. Constructed with high-tenacity polyester webbing and alloy steel snap hooks at both ends, it is designed for contractors and trades professionals working at height in construction, demolition, maintenance, oil production, and confined space rescue applications. The integrated shock absorber limits arrest forces transmitted to the worker, reducing injury risk during a fall event. This lanyard meets or exceeds ANSI Z359.13-2013 requirements and must be used as part of a complete, properly configured fall protection system.
Technical Specifications
| Specification | Details |
|---|---|
| SKU | L111111 |
| Length | 6 ft. |
| Leg Configuration | Single leg |
| Hook Size | 3/4" small hooks |
| Hook Material | Steel snap hook (both ends) |
| Webbing Color | Yellow |
| Webbing Material | Polyester |
| Webbing Width | 0.98 in. ± 0.04 in. |
| Webbing Breaking Strength | 6,000 lbs. |
| Stitching Thread Material | High-tenacity polyester |
| Metal Component Material | Alloy Steel |
| Metal Component Finish | Silver or Golden Yellow Galvanized |
| Metal Component Breaking Strength | 5,000 lbs. |
| Static Strength | 5,000 lbs. for 1 minute |
| Dynamic Strength | Maximum breaking force does not exceed 8 kN in line when tested on a free fall from 6 ft. height attached to a test mass of 282 lbs. |
| Weight | 2.72 lbs. ± 0.02 lbs. |
| Standards Compliance | Meets or exceeds ANSI Z359.13-2013 |
Unlike basic lanyards without energy-absorbing capability, this unit incorporates a shock absorber that limits peak arrest force to no more than 8 kN, directly reducing the load transferred to the worker's harness and anchor point during a fall. The galvanized alloy steel hardware and high-tenacity polyester webbing provide durability in demanding jobsite environments where corrosion and abrasion are ongoing concerns. The 3/4" small snap hooks are suited for connecting to standard D-rings and anchor points where larger hooks would not seat properly.
Key Features & Benefits
Integrated Shock Absorber
The lanyard incorporates a shock absorber that limits the maximum arrest force transmitted to the worker to no more than 8 kN when tested in a 6-foot free fall with a 282 lb. test mass. This directly reduces the risk of injury to the worker and stress on the anchor system during a fall event.
High-Strength Polyester Webbing
The 0.98-inch-wide polyester webbing is rated to a breaking strength of 6,000 lbs., providing a substantial safety margin above the forces encountered in typical fall arrest scenarios. Polyester construction resists UV degradation and maintains strength across a range of jobsite conditions.
Alloy Steel Hardware with Galvanized Finish
Metal components are manufactured from alloy steel with a silver or golden yellow galvanized finish, providing a metal component breaking strength of 5,000 lbs. The galvanized finish helps resist corrosion in outdoor and high-humidity work environments.
Steel Snap Hooks at Both Ends
Both ends of the lanyard are equipped with 3/4" steel snap hooks, allowing connection to a harness dorsal D-ring on one end and an anchor point or connector on the other. The small hook size is appropriate for use with standard-sized D-rings and anchor hardware.
High-Tenacity Polyester Stitching
Load-bearing stitching is constructed from high-tenacity polyester thread, ensuring the integrity of critical connection points under dynamic and static loading conditions.
ANSI Z359.13-2013 Compliance
This lanyard meets or exceeds ANSI Z359.13-2013, the recognized industry standard for energy-absorbing lanyards. Compliance with this standard is required by OSHA and many state regulatory agencies as part of a complete fall protection program.
Common Applications
Construction
Used as part of a personal fall arrest system on construction sites where workers are exposed to fall hazards at elevation.
Demolition
Provides fall protection for workers performing demolition tasks at height where structural anchor points are available.
Maintenance Work
Suitable for maintenance personnel working on elevated structures, equipment, or rooftops requiring a compliant fall arrest connection.
Oil Production
Designed for use in oil production environments where workers must be protected from fall hazards on rigs, platforms, and elevated equipment.
Confined Space Rescue
Can be incorporated into confined space rescue systems as specified by the manufacturer's instructions and applicable regulatory requirements.
Personal Restraint and Work Positioning
May be used in restraint applications to prevent a worker from reaching a fall hazard such as a leading edge, or in work positioning applications to support the user at a work location.
Compatible Materials
- Standard harness dorsal D-rings
- Anchor connectors and anchor points compatible with 3/4" snap hooks
- Self-retracting lifelines (when used as a D-ring extension assembly with an energy absorbing lanyard)
- Compatible fall protection harnesses meeting applicable ANSI standards
Product Documents
Application Instructions
Before Use
- Read the full manufacturer's instruction manual in its entirety before using this equipment.
- Ensure this lanyard is used as part of a complete fall protection system including a compatible harness and anchor point.
- Inspect the lanyard for damage, wear, or contamination before each use. Do not use if any component shows signs of damage.
- Confirm the lanyard model is appropriate for the intended application (restraint, work positioning, suspension, or rescue).
Connection
- Attach one end of the lanyard to the dorsal D-ring of a compatible, properly fitted fall protection harness.
- Attach the other end to a suitable, rated anchor point or connector.
- Verify both snap hooks are fully engaged and locked before beginning work.
- Ensure the total fall clearance below the worker is sufficient to accommodate the 6-foot lanyard length plus shock absorber deployment distance and worker height before a fall would contact a lower level.
After a Fall Event
- Remove the lanyard from service immediately after any fall arrest event — do not reuse.
- Inspect all connected system components and remove any damaged equipment from service.
- Follow your organization's rescue and incident reporting procedures.
Frequently Asked Questions
Q: What standard does this lanyard comply with?
A: This lanyard meets or exceeds ANSI Z359.13-2013, the industry standard for energy-absorbing lanyards, as required by OSHA and applicable state regulatory agencies.
Q: What is the maximum arrest force this lanyard will transmit during a fall?
A: When dynamically tested per ANSI Z359.13, the maximum breaking force does not exceed 8 kN in line, tested on a free fall from 6 ft. with a 282 lb. test mass.
Q: Can this lanyard be reused after a fall arrest event?
A: No. Per manufacturer instructions, the lanyard must be removed from service immediately following any fall arrest event and must not be reused.
Q: What hook size does this lanyard use?
A: Both ends are equipped with 3/4" small steel snap hooks, suitable for standard harness D-rings and compatible anchor hardware.
Q: What applications is this lanyard approved for?
A: Per manufacturer instructions, this lanyard is approved for use in personal restraint, work positioning, suspension, and rescue systems. Applications include construction, demolition, maintenance, oil production, and confined space rescue.
Q: How can I identify whether this lanyard is rated for a 6-foot or 12-foot free fall test?
A: Per the manufacturer's instructions, lanyards tested for 6-foot free fall have a different color tracer in the webbing than those tested for 12-foot free fall, allowing easy field identification.

